This paper presents monostatic radar cross section (RCS) measurements of a human hand in the frequency range from 60GHz to 90 GHz. These values are important parameters for system designs in the emerging field of radar-based gesture recognition. The measurement procedure is described in detail and results of four gestures at three different distances are depicted and analysed
This project conducted a preliminary study of gesture sensing by exploring two different types of mi...
This paper introduces a human gesture recognition algorithm using an impulse radio ultra-wide- band ...
International audienceIn this paper, hand gesture recognition is presented by exploiting 3D localiza...
Radar sensors offer several advantages over optical sensors in the gesture recognition for remote co...
Microwave radars bring many benefits to mid-air gesture sensing due to their large field of view and...
We investigate the backscattering of low-power millimeter-wave pulses (wavelets) on the human hand i...
Microwave radar sensors in human-computer interactions have several advantages compared to wearable ...
A human’s hand localization is revised by using radar cross section (RCS) measurements with a minimu...
Radar-based hand gesture recognition is an area receiving a significant amount of interest in recent...
Fast development of electronic device has spread the use of varies input technology. Along with the ...
Recently, radar micro-Doppler signatures have been extensively utilized for hand gesture recognition...
Human-computer interaction (HCI) is a field of study studying how people and computers interact. One...
There have been several studies of hand gesture recognition for human–machine interfaces. In the ear...
Human hand gestures present a novel way of interacting with electronic devices. A millimeter-wave ra...
Signal processing algorithms for hand gesture recognition (HGR) using millimeter-wave radar technolo...
This project conducted a preliminary study of gesture sensing by exploring two different types of mi...
This paper introduces a human gesture recognition algorithm using an impulse radio ultra-wide- band ...
International audienceIn this paper, hand gesture recognition is presented by exploiting 3D localiza...
Radar sensors offer several advantages over optical sensors in the gesture recognition for remote co...
Microwave radars bring many benefits to mid-air gesture sensing due to their large field of view and...
We investigate the backscattering of low-power millimeter-wave pulses (wavelets) on the human hand i...
Microwave radar sensors in human-computer interactions have several advantages compared to wearable ...
A human’s hand localization is revised by using radar cross section (RCS) measurements with a minimu...
Radar-based hand gesture recognition is an area receiving a significant amount of interest in recent...
Fast development of electronic device has spread the use of varies input technology. Along with the ...
Recently, radar micro-Doppler signatures have been extensively utilized for hand gesture recognition...
Human-computer interaction (HCI) is a field of study studying how people and computers interact. One...
There have been several studies of hand gesture recognition for human–machine interfaces. In the ear...
Human hand gestures present a novel way of interacting with electronic devices. A millimeter-wave ra...
Signal processing algorithms for hand gesture recognition (HGR) using millimeter-wave radar technolo...
This project conducted a preliminary study of gesture sensing by exploring two different types of mi...
This paper introduces a human gesture recognition algorithm using an impulse radio ultra-wide- band ...
International audienceIn this paper, hand gesture recognition is presented by exploiting 3D localiza...